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How can I convert a fractional number into decimal number in MATLAB? I have written some program in MATLAB. But in the iterative process it gives all the number in fraction form but I need all the number in decimal form. Kindly help.
To mitigate that scenario, we should at first convert both the numerator and denominator into their long positive form. That gives us the integral part of the answer. The XOR of two numbers will have the sign bit as 1 only in case they have opposite signs. That solves the first part (sign of result) of the problem.
I was wondering how to convert a decimal into a fraction in its lowest form in Python. For example: 0.25 -> 1/4 0.5 -> 1/2 1.25 -> 5/4 3 -> 3/1
I want to input fractions such as 15/8 into google sheets and have them converted to decimal values. Al the options I choose from format menu turn this into 15/08/22 or unrelated numbers eg 44660
I want to convert 1/2 in python so that when i say print x (where x = 1/2) it returns 0.5 I am looking for the most basic way of doing this, without using any split functions, loops or maps I have ...
So i want to be able to convert any decimal number into fraction. In both forms such as one without remainder like this: 3/5 or with remainder: 3 1/4. what i was doing is this.. lets say i have number .3435. Calculate amount of digits after decimals. multiply by 10 with power of the amount before number. then somehow find greatest common factor.
Say I have a list of decimals x <- c(0.55, 0.246, 0.767) Then I wish to have these converted into fractions out of 10 so that I get 6/10 2/10 8/10 I have come across this which works quite n...
I am attempting to type a fraction into a cell in Google Sheets and have it convert to a decimal (like Excel does by default) For example, if I enter "181 7/8" I would like to convert to "181.875" when I hit enter. I cannot find anything about this on the webs. Please help!
Firstly, you should prevent your characters from turning into factors in data.frame() df <- data.frame(a, b, c, stringsAsFactors = F) Then you can wrap a simple sapply/lapply inside your lapply to achieve what you want.
This may be somewhat confusing, but the decimal positions in binary would represent reciprocals of powers of two (e.g., 1/2, 1/4, 1/8, 1/16, for the first, second, third and fourth decimal place, respectively) just as in decimal, decimal places represent reciprocals of successive powers of ten.